Take care that the cloth is not damaged by the edges of the filter
holder.
When first using the system, we advise cleaning all filters and inlets
as the system may become dusty during construction.
5.3 Cleaning the ventilation valves
5b.
for air supply
• Remove a valve from the wall or ceiling.
• Wash this in a soap and water solution. Rinse well and dry.
• The installer has set all valves for an optimal functioning of the system.
Therefore, do not change the settings of the valves.
• Replace the valve.
• Repeat this procedure for all valves.
5.4 Cleaning the non-powered extractor hood
5c.
The WK 600 does not have a filter. The labyrinth effect ensures that
approximately two thirds of the grease settles on the inside of the
stainless steel bottom plate and one-third inside the casing.
The bottom plate can easily be removed by pushing the sliders aside. Clean
three times a year.
6. End of lifespan
Consult with your supplier when you wish to dispose of the system. If the
unit cannot be returned to the supplier, do not dispose of it with standard
company waste, but ask at your local council about the possibilities for
recycling of components or environmentally friendly processing of the
materials.
7. Technical data
7.1 WHR 90 Specifications
Indication of unit values
Ventilation capacity (pre-settings)
Low position
Medium position
High position
Low position
Medium position
High position
Maximum
Power supply
Supply voltage
Cos. phi
Sound capacity (Lo=10-12W)
for air exhaust
Supply
Low position
Medium position
High position
Exhaust
Low position
Medium position
High position
7.2 WHR 91 Specifications
Indication of unit values
Ventilation capacity (pre-settings)
Low position
Medium position
High position
Low position
Medium position
High position
Maximum
Power supply
Supply voltage
Cos. phi
Sound capacity (Lo=10-12W)
Supply
Low position
Medium position
High position
Exhaust
Low position
Medium position
High position
7.3 General specifications
Air and condensation drain connections: see demensional
drawings page 57
Materials
High power exchanger:
Interior:
Miscellaneous
Thermal efficiency (
Mass
31
100m
3
/h at 37 Pa
25
150m
3
/h at 81 Pa
48
225m
3
/h at 162 Pa
110
100m
3
/h at 37 Pa
0.12
150m
3
/h at 81 Pa
0.22
225m
3
/h at 162 Pa
0.48
0.6
230/50
0,95-0,99
100m
3
/h at 37 Pa
55
150m
3
/h at 81 Pa
64
225m
3
/h at 162 Pa
72
100m
3
/h at 37 Pa
44
150m
3
/h at 81 Pa
51
225m
3
/h at 162 Pa
58
100m
3
/h at 43 Pa
45
150m
3
/h at 116 Pa
82
225m
3
/h at 290 Pa
189
100m
3
/h at 43 Pa
0.21
150m
3
/h at 116 Pa
0.37
225m
3
/h at 290 Pa
0.85
250m
3
/h at 318 Pa
1.05
230/50
0.93-0.96
100m
3
/h at 43 Pa
58
150m
3
/h at 116 Pa
67
225m
3
/h at 290 Pa
75
100m
3
/h at 43 Pa
45
150m
3
/h at 16 Pa
54
225m
3
/h at 290 Pa
60
EPN)
95
35
W
W
W
A
A
A
A
V/Hz
-
dB(A)
dB(A)
dB(A)
dB(A)
dB(A)
dB(A)
W
W
W
A
A
A
A
V/Hz
-
dB(A)
dB(A)
dB(A)
dB(A)
dB(A)
dB(A)
Polystyrene
Polypropylene
%
kg